Building awareness and harm reduction strategies to address vaping risks

Area of Science:

• Public Health
• Toxicology
• Engineering

Background:

• Electronic nicotine delivery systems (ENDS) present significant public health challenges, particularly concerning youth and adults.
• Vaping-associated lung injury highlights the severe health consequences linked to ENDS usage.

Purpose of the Study:

• To review challenges in vaping cessation methods.
• To explore stakeholder contributions to vaping harm reduction.
• To examine engineering and regulatory strategies for mitigating ENDS risks.

Main Methods:

• Literature review on vaping cessation and harm reduction strategies.
• Analysis of engineering controls for ENDS.
• Examination of regulatory and marketing approaches for ENDS.

Main Results:

• Harm reduction frameworks include behavior monitoring, engineering controls, and limiting ENDS/e-liquid variety.
• Engineering controls can limit puff size and monitor consumption.
• Reducing flavored e-liquids and restricting modifications can decrease youth appeal.

Conclusions:

• Multi-stakeholder collaboration is essential for effective vaping harm reduction.
• Clear communication of vaping harms through marketing and direct device warnings is necessary.
• Implementing engineering controls and regulatory measures can significantly reduce ENDS-related risks.